首页> 外文会议>Conference on advances in resist technology and processing >Contact hole size reducing methods by using water-soluble organic over-coating material (WASOOM) as a barrier layer toward 0.15um contact hle; resist flow technique I
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Contact hole size reducing methods by using water-soluble organic over-coating material (WASOOM) as a barrier layer toward 0.15um contact hle; resist flow technique I

机译:通过使用水溶性有机外涂层材料(WASOOM)作为朝向0.15um接触孔的阻挡层来减小接触孔尺寸的方法;抗流技术I

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In our epxeriment for 0.15um contact hel, we used Water-soluble organic overcoating material (WASOOM) as a barrier layer. Since WASOOM is water soluble, after baking for resist flow, water rinse will remove it completely. The key point of resist flow technique is to reduce overhang, it other workds, reducting thermal stress at the top and bottom of resist pattern by WASOOM can lead to well-controlled DICD. Since WASOOM is water soluble and very compatible with resist, during resist flow, it is assumed that it will be acting as a barrier layer so that overhang should be reduced. Inthis paper we will describe below 0.2um contact hole pattern without overhang profile, well controlled DICD and fine etch profile. And also 0.15um contact hole patterning method will be described with half tone + resist flow by WASOOM. And also we will describe the applicatiion of SOG (Spin On Glass) for removing top flare after resist baking.
机译:在我们的0.15um接触孔的实验中,我们使用了水溶性有机外涂层材料(WASOOM)作为阻挡层。由于WASOOM是水溶性的,因此在烘烤以使抗蚀剂流动后,用水冲洗将其完全去除。抗蚀剂流动技术的关键是减少悬垂,其他方法是,通过WASOOM减少抗蚀剂图案顶部和底部的热应力可以导致DICD得到良好控制。由于WASOOM是水溶性的,并且与抗蚀剂非常相容,因此在抗蚀剂流动期间,假定WASOOM将充当阻挡层,因此应减少悬垂。在本文中,我们将描述低于0.2um的接触孔图案,没有悬垂轮廓,良好控制的DICD和精细蚀刻轮廓。并且还将通过WASOOM以半色调+抗蚀剂流动来描述0.15um的接触孔图案化方法。同时,我们还将介绍SOG(旋涂玻璃)在抗蚀剂烘烤后去除顶部火炬的应用。

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